Shots from my house and backyard. Camera was loaded with the CHDK interval software. Shutter: 2 seconds, aperture: f/8 and interval: 5 seconds. Watch the sequel at: http://www.youtube.com/watch?v=529eHXPlr7E&feature=response_watch
Duration : 0:1:2
Shots from my house and backyard. Camera was loaded with the CHDK interval software. Shutter: 2 seconds, aperture: f/8 and interval: 5 seconds. Watch the sequel at: http://www.youtube.com/watch?v=529eHXPlr7E&feature=response_watch
Duration : 0:1:2
Software from http://johnnylee.net/projects/wii/
Wiimote tracks the infrared pen over the screen. Pen is powered over USB. See my blog http://joshh.uk.to/ for close ups of the pen construction and usb part.
Duration : 0:1:14
Made using PS3 eye webcam with IR blocking filter removed and a new filter that only allows 850nm IR light through. The projector is an Optoma EX525ST DLP Short Throw Projector and is mounted on a custom black acrylic stand made by my co-worker Casey at SparkFun. I’m also using the LLP method using two 850nm lasers and beam splitters to create a horizontal line just barely above the projection surface. The lasers are powered by some cables I made and are connected to SparkFun’s USB Breadboard Power Supply. The surface is clear 1/4″ acrylic with a large vellum sheet taped to the underside. The software used is Community Core Vision and Processing running Memo’s MSAFluid TUIO test slightly modified to allow for smoother TUIO inputs. Obviously this is an early video and a lot of calibration is required. Also the video is choppy and the multi-touch is less responsive than normal since I was running both webcams off my laptop along with dual monitors. I’ll record a better version soon once I have the rest of the case created.
Duration : 0:0:39
make sure to make a ~/.lircrc file & also enable lirc plugin for the apps, if exist otherwise watch part 3
heres a sample lirc mapping for some programs
http://ubuntuforums.org/showpost.php?p=7721395&postcount=3
http://lirc.org/
http://lirc.sourceforge.net/remotes/
button mapping examples
https://wiki.ubuntu.com/LircHowto#Map%20buttons
commands used:
sudo gedit /etc/lirc/lircd.conf
irw
LIRC (Linux Infrared remote control) is an open source package that allows users to receive and send infrared signals with a Linux-based computer system.
There is a Microsoft Windows equivalent of LIRC called WinLIRC.
With LIRC and an IR receiver the user can control their computer with almost any infrared remote control (e.g. a TV remote control). The user may for instance control DVD or music playback with their remote control.
One GUI frontend is KDELirc, built on the KDE libraries.
Duration : 0:4:52
http://www.mythtv.org/wiki/ATI_Remote_Wonder
http://lirc.org/
#supported remotes; or make ur own, see part 2
http://lirc.sourceforge.net/remotes/
#commands:
sudo dpkg-reconfigure lirc
sudo /etc/init.d/lirc restart
lsmod | grep ati
ps -ef | grep lircd
sudo gedit /etc/lirc/lircd.conf
irw
sudo gedit /etc/lirc/hardware.conf
to remove lirc:
uninstall these lirc setserial libftdi1
LIRC (Linux Infrared remote control) is an open source package that allows users to receive and send infrared signals with a Linux-based computer system.
There is a Microsoft Windows equivalent of LIRC called WinLIRC.
With LIRC and an IR receiver the user can control their computer with almost any infrared remote control (e.g. a TV remote control). The user may for instance control DVD or music playback with their remote control.
One GUI frontend is KDELirc, built on the KDE libraries.
Duration : 0:6:33
Hey there, this is a project that we’ve been working on for a few days as part of the Wiimote Project (which you can find by simply Googling it, there is a ton of great information and work being posted). We’ve constructed two infrared LED devices paired with a Nindendo Wii controller, or Wiimote, and a PC with a bluetooth USB dongle. Both devices are simple circuits containing a battery, an LED, resistors, wires, and solder. The first one that we built was the “Wiimote Wiimote,” which is an LED in the form factor of a wiimote-shaped candy dispenser. The second device was built into a glove that uses the fingertips to close the circuit. Also, we should offer a quick apology for being incapable of naming fingers correctly. XDDD
Additionally, we’d like to thank Johnny Lee, Boonjin, and Google (Earth).
Duration : 0:4:34
I custom made an IRDA compatible transceiver complete with encoding/decoding.
I’m demonstrating it using my custom Axon microcontroller, and using Bluetooth to upload data to my PC.
To learn more, go to:
http://www.societyofrobots.com
Duration : 0:1:35
Using infrared (IR) light pens and the Wii Remote, it is possible to create very low-cost multi-point interactive whiteboards and multi-point tablet displays. Johnny Chung Lee, Carnegie Mellon University. The software can be downloaded at http://johnnylee.net
Duration : 0:4:4
Email: fastcardtech@sina.com
http://www.fastcardtech.com
Msn:blackangeleye@hotmail.com
Detailed Selling Lead Description
Frequency: GSMNetwork Frequency: 900/1800/1900MHZ
Talk time: 200–280 minutes
Standby time: 200–320
hoursTime-to-market: 2008.01.06
Shape: Bar phone
Dimensions (width × high × thick): 103*53*14 mm
Weight: 110 g
Color: cool black
Additional featuresLanguage: Simplified Chinese, English, some other languages according to the quantity
LCD Size: 2.6 inch, 16 million colour;
PX: 240×400pxRingtone: ;
Ringtone format: mp3, mp4, midiMusic: support to download and play mp3, support equalizer;
Bluetooth stereo and remote control
Video: 3GP,MP4 Camera: 13.0 lacpixel; dual cameras(one at side); the max output is 1280*960, support to shoot with sound, the time is depended on storage
Rom: 505K/give a TF card(256M) as present, support to e, Document management Data Transfer: USB data wire/U disc/ Bluetooth (stereo, remote control)Standby Photo: jpg, gif
Main featuresTelephone directories: 300 groups of contacts of carte de visit, support incoming call with big head sticker, grouping ring
Messages &Multimedia messaging: 200 pieces, support SMS, MMS
Schedule power on/off: support time-defined start/close, can set user-defined photo of starting/closing
Alarm clock: 5 groups; can set from Monday to Sunday at random; can set sleeping time and alarm style
Games: 5 common games
More information: MP3, MP4, Handsfree, SMS group sending, Voice recorder, WAP, Handwritten input, Handwritten + keyboard input, Bluetooth, GPRS download, MMS, E-book, Coming call firewall, magic calls, IP call, recording, stopwatch, online stock
Duration : 0:7:8
Available in www.Greenlife-Style.com now
The New Version of 6020-1, The inner gyro with function of dual rate and head lock, which designed for helicopters specially. 6020-1 gyro version adopts AVCS ( Angular Vector Control System), which makes the function of head lock more outstanding and steady. AVCS system: Since rudder trim changes caused by wind and other meteorological changes, and varieties of helicopter attitude changes are automatically canceled, tail rudder operation becomes easy, making it perfect for 3D flight.
Overview:
- Built-in Gyroscope system (use to balance the direction and prevent center rotating)
- Metal body and frame
- Super steady flight
- Miniature size, light weight and super wide IR control system designed for indoor flying
- 3-Channel direction control: Forward, Backward, Left, Right, Up and Down
- Adjustable trim control
- Super wide infrared transmission technology
- LEDs will flash while playing
- Charging through the transmitter or USB
- Charging and Power LED indicator
- Pre-printed and assembled body, ready for fly
Specification:
- Color: Green (Other colors are also available in our stock now, please click here)
- Fuselage Length: 195 mm
- Main Rotor Blades: 173 mm
- Weight: 50g
- Charging Time: Approx. 20 ~ 30 mins
- Flight Duration: Approx. 6~8 mins
- Power Source: 6x AA Type battery (Not included)
Duration : 0:2:1